Geoffrey Pope Building, University of Exeter , Stocker Road, Exeter, EX4 4QD, UK
My research interests centre around how to reduce and mitigate anthropogenic impacts in the environment, with particular focus on the response of marine systems to climate change and conserving threatened marine environments. I work in partnership with the Universities of Exeter and Bristol and the Centre for environment, fisheries and aquaculture science (Cefas).
I completed a biology degree and environmental masters at York University, with a focus on climate science in terrestrial systems. I’ve recently returned to scientific study following work as a research assistant assessing existing and predicting future impacts of climate change on major fisheries species in the North Sea. This follows several years of work in the environmental sector as a project manager for sustainable energy and transport consultancies.
Through my PhD I am working closely with Cefas and am involved in government commissioned research projects. I have also reviewed papers submitted for publication that relate to my research area.
To help my universities to address the declared climate and environment emergency I order only vegetarian and plant based meals for adhoc university events, I have committed to reduce my work based flights by at least 50% and I am working with my research groups to reduce energy use in our offices and laboratories.
BSc Biology, University of York, First class honours.
MRes Ecology and Environmental Management, University of York, Distinction.
Project Title: Assessing the impacts of a changing climate on European continental shelf fisheries.
Steve Simpson, University of Exeter
Martin Genner, University of Bristol
Simon Jennings, Cefas, Lowestoft
Ewan Hunter, Cefas, Lowestoft
NERC CASE studentship with Cefas
Using European fisheries survey data alongside modelled Met Office climate data to assess historic and predict future marine fish distributions based on climate and environmental projections. Using Generalised Additive Models (GAMs) to date.
Patterns of fish distributions alongside otolith records will be used to assess the impacts of changing environmental conditions on key fish species growth.
Jose A. Fernandes, Thomas L. Frölicher, Louise A. Rutterford, Maite Erauskin-Extramiana & William W. L. Cheung (2020) Regional Environmental Change, volume 20, Article number: 116
Fernandes, J. A., L. Rutterford, S. D. Simpson, M. Butenschon, T. L. Frolicher, A. Yool, W. W. L. Cheung and A. Grant (2020). Global Change Biology26(7): 3891-3905.
R. A. Hastings*, L. A. Rutterford*, J. J. Freer, R. A. Collins, S. D. Simpson and M. J. Genner (2020). Current Biology30(8): 1572.
TAC Gordon, HR Harding, FK Clever, IK Davidson, W Davison, DW Montgomery, RC Weatherhead, FM Windsor, JD Armstrong, A Bardonnet, E Bergman, JR Britton, IM Côté, D D'Agostino, LA Greenberg, AR Harborne, KK Kahilainen, NB Metcalfe, SC Mills, NJ Milner, FH Mittermayer, L Montorio, SL Nedelec, JM Prokkola, LA Rutterford, AGV Salvanes, SD Simpson, A Vainikka, JK Pinnegar, EM Santos (2018). Journal of Fish Biology 92 (3), 804-827.
Rutterford, L. A.*, S. D. Simpson*, S. Jennings, M. P. Johnson, J. L. Blanchard, P. J. Schön, D. W. Sims, J. Tinker and M. J. Genner (2015). Future fish distributions constrained by depth in warming seas. Nature Climate Change 5 (6), 569-573.
An Independent Review commissioned by the Vice Chancellor’s Executive Group.
Martin J. Genner, Jennifer J. Freer and Louise A. Rutterford, (2017). Foresight – Future of the Sea, Evidence Review, Government Office for Science.
Supervision / Group
- Steve Simpson